Engineering unique vesicle structured tin phosphides@P/N co-doped carbon anode for high-performance sodium/lithium-ion batteries|Shui-Xin Xia;Yu-Hua Yan;Hao Sun;Jun-He Yang;Shi-You Zheng - 期刊导航|首站-论文投稿智能助手|论文发表|论文智能投稿|期刊自助发表推荐|杂志社快速发表|查同导刊-域田数据官方网站

典型文献

Engineering unique vesicle structured tin phosphides@P/N co-doped carbon anode for high-performance sodium/lithium-ion batteries

文献摘要：

Vesicle structured Sn4P3@P/N co-doped carbon nanocomposites(Sn4P3@PNC)were facilely prepared via in situ low temperature synthesis and investigated as anodes for sodium/lithium-ion batteries.Sn4P3@PNC exhibits excellent rate performance and long-term cycling stability.At 0.1 A·g-1,Sn4P3@PNC maintains a superior sodium storage capacity of～400 mAh·g-1(based on the total mass of the whole electrode)after 100 cycles,and a high lithium storage capacity of 745 mAh·g-1 still could be retained after 50 cycles at 0.2 A·g-1.The excellent elec-trochemical performance of Sn4P3@PNC can be attributed to the high dispersion of Sn4P3,the intimate contact of Sn4P3 with PNC and the unique vesicle structure,affording fast ion/electron transport and mitigated volume expansion.The working mechanism of Sn4P3@PNC has been clarified by cyclic voltammetry(CV)and transmission electron microscopy(TEM)characterizations.This work presents a facile strategy toward advanced high-energy-density energy storage.

文献关键词：

中图分类号：

[1] 医药、卫生（R） / 药学（R9） / 药理学（R96） / 实验药理学（R965）

[2] 自动化技术、计算机技术（TP） / 计算技术、计算机技术（TP3） / 计算机的应用（TP39） / 信息处理(信息加工)（TP391）

[3] 数理科学和化学（O） / 力学（O3） / 振动理论（O32） / 非线性振动（O322）

作者姓名：

Shui-Xin Xia;Yu-Hua Yan;Hao Sun;Jun-He Yang;Shi-You Zheng

作者机构：

School of Materials and Chemistry,University of Shanghai for Science and Technology,Shanghai 200093,China

文献出处：

稀有金属（英文版）

引用格式：

[1]Shui-Xin Xia;Yu-Hua Yan;Hao Sun;Jun-He Yang;Shi-You Zheng-.Engineering unique vesicle structured tin phosphides@P/N co-doped carbon anode for high-performance sodium/lithium-ion batteries)[J].稀有金属（英文版）,2022(05):1496-1503

A类：

Vesicle

B类：

Engineering,unique,vesicle,structured,tin,phosphides,doped,carbon,high,performance,sodium,lithium,batteries,Sn4P3,nanocomposites,PNC,were,facilely,prepared,via,situ,low,temperature,synthesis,investigated,anodes,exhibits,excellent,long,term,cycling,stability,At,maintains,superior,storage,capacity,mAh,total,mass,whole,electrode,after,cycles,still,could,retained,trochemical,can,attributed,dispersion,intimate,contact,affording,fast,electron,transport,mitigated,volume,expansion,working,mechanism,has,been,clarified,by,cyclic,voltammetry,CV,transmission,microscopy,TEM,characterizations,This,presents,strategy,toward,advanced,energy,density

AB值：

0.533009

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